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Applications have also always required ways to store data for later usage. These avenues and their management have likewise, independently, expanded and become much more effective. Hardware for this has built from cards, to paper tape, to magnetic tape, to magnetic disk logically, a tape roll turned on its side to optical (laser-based) disk; these have increased storage density, and practical capacity, all along the way. Cards could accommodate only fixed-length records; beginning with tapes, variable-length records were possible. The only storage method possible until disks came about was sequentially accessed files. Disks enabled indexed (effectively randomly accessed) files and databases, which are combinations of indexed logical files. (They can be physical files, but databases are most efficiently managed as physical partitions of a single file.) And, of course, applications have always been mostly thought of as what they do. At their heart, their processing is various calculations comparisons, searches, extractions, duplications and combinations of all of these. The basic functions have always been the same. But the ever-increasing speed of hardware and the ever-increasing flexibility of techniques continue to make more and more applications practical. Also independently, only relatively recently have the client/server and added internet concepts come about and become widespread. Early on, there was one user interface per computer; it was very similar to a typewriter, so the interaction was one line at a time. This interface could be shared by multiple users, taking turns. Eventually, the interface became a screen, but the interaction was still by single line. The idea of multiple interfaces per computer was made possible by the idea that the computer would give each interface a turn; so, many screens were part of one central computer.

Figure 9-3. Structure of a switch statement Switch labels have the following form: case ConstantExpression : Keyword Switch label terminator The flow of control through the structure in Figure 9-3 is the following: The test expression, TestExpr, is evaluated at the top of the construct. If the value of TestExpr is equal to the value ConstExpr1, the constant expression in the first switch label, then the statements in the statement list following the switch label are executed, until the break statement is encountered. Each switch section must end with a break statement (or a goto statement, as discussed later). The break statement branches execution to the end of the switch statement. The default section is optional, but must include a break statement, if included.

// Still adds some deque.addAll(names.keySet()); } catch (IllegalStateException e) { console.printf("Full: %s%n", e); } // Reset, remove those that fit deque.clear(); // Add one at time to beginning of deque new Thread() { public void run() { Set<String> keys = names.keySet(); Iterator<String> itor = keys.iterator(); String element = null; while (itor.hasNext() || element != null) { if (element == null) { element = itor.next(); console.printf("MapGot: %s%n", element); } console.printf("Offering: %s%n", element); if (deque.offerFirst(element)) { console.printf("MapRemoving: %s%n", element); itor.remove(); element = null; } else { try { Thread.sleep(250); } catch (InterruptedException ignored) { } } } // Done. Give time to process rest. try { Thread.sleep(3500); } catch (InterruptedException ignored) { } System.exit(0); } }.start(); while (true) { if ((deque.size() % 2 == 1)) { // remove head console.printf("Remove head: %s%n", deque.pollFirst());

The general flow of control through a switch statement is illustrated in Figure 9-4. You can modify the flow through a switch statement with a goto statement or a return statement.

Note Unlike C and C++, each switch section, including the optional default section, must end with a

Computers have long separated more computer-dedicated operations and more user-dedicated applications with an operating system (OS). There have been and are many operating systems. An OS is actually just a set of programs some of which the computer is always running. An OS has one main program, the kernel, and several extension programs, system programs, that the kernel runs only when needed. The simplest explanation of how the kernel gets running is that, when the computer is turned on, it looks at a constant location on its startup disk the boot sector for the variable location of the OS kernel and starts it. Applications are started as requested by the user, immediately or by schedule, and effectively further extend the OS. Giving each interface a turn is a function of the OS.

} else { // remove tail console.printf("Remove tail: %s%n", deque.pollLast()); } // Sleep between loops try { Thread.sleep(500); } catch (InterruptedException ignored) { } } } }